TMCnet Feature
April 06, 2020

Basic Guide for 3D Printing

Through this article on 3D Printing we will teach you the basics of 3D printing, how printers work, videos to visualize 3D printing, steps to 3D printing and, finally, a list of all the possibilities of 3D printers and modeling software to create your own models before printing. And we are going to give your ideas to print in 3d.We help you integrate 3D printing into your manufacturing process, reducing costs and production timesbased in Paris and San Francisco.

It is a new disruptive technology in the process of changing things. We are helpful in production of 3D parts, assembly tools and other products using additive manufacturing techniques. You've no doubt heard of it in the newspapers, on TV, or through a friend who's at the forefront of technology: The wave of 3D printing is spreading across the globe and reaching a large number of people and professionals.

With our 3d printing company Sculpteo 3D you can verify if your product is valid without having to make a huge investment thanks to 3D Printing.We put at your disposal an expert team in design, 3D printing, replacement or serial manufacturing, among others. So that you have within reach all the necessary tools that will give a boost to your business.

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How does 3D Printing Work?

3D printing allows the user to create in 3 dimensions all the objects they want, almost as easily as if they were printing in "2D" on their office paper printer. You just have to provide the file to print, for example a downloaded 3D model, or created by yourself, make some adjustments, and start printing.

Let's see it in a summary way. You must first provide a template, STL file, for example, to your printer so that it knows what to print. When the record containing the model has been sent to your 3D printer, the subsequent advance is to embed the 3D fiber of the material into the print head, called the extruder. This fiber will warm up and store on the printing plate or bed in a progression of flat layers of plastic like a strudel, so 3D printing is a progression of several extremely meager layers of material on one another. In the case of 3D SLA printers, a laser cures a liquid resin layer by layer until the final object is obtained.

3D Printing Basic Steps

So, you have decided that you want to try your luck in 3D printing, you have seen all the YouTube (News - Alert) videos you can and you are ready to buy your first printer and take advantage of all the advantages of 3D printing. But getting started requires a little more than you think. Here's a summary of the things you'll need to make sure you can start printing right away and have a good chance of making those prints really work. What you will need:

  • A computer
  • A 3D printer
  • 3D Models
  • A Slicer or finishing software

A Computer

Not only do you need a computer to find 3D models and prepare them for printing, but much of the back of printing can be done here. From firmware updates to real-time printer execution, almost anything can be done from a laptop or PC. We would recommend that you make sure you have at least 4GB of RAM (News - Alert) and a fairly powerful processor to run all of the cutting software and even part of my 3D design software well. If possible, avoid using a direct connection to your PC. If something happens to your PC while printing, for example an update or a blue screen of death (BSOD), you could lose hours of printing.

3D Printer

In the event that you have never had a 3D printer, you have no clue what you need to do and you have no designs to accomplish something explicit, then start with a simple model such as a Monoprice (News - Alert) Maker Select Mini v2 or any other model that costs less than 300 euros. For just over € 200, you can start printing with little effort. These types of printers usually have a relatively small print bed, they are small, robust and reliable printers that can be placed on your desk next to your PC and print some excellent initial parts, while having enough parts to touch up and update.

3D Models

Without a model, there is no 3D printing, just as there is no printing on a conventional printer without a Word, Excel, file. There are three solutions available for 3D models:

  • Designing your own 3D model utilizing appropriate programming, for example, Google (News - Alert) Sketchup, Blender, 3DS Max or other programming.
  • Scan your items or even your family or companions to repeat them, with or without modifying the recently acquired layout.

A Slicer or Finishing Software

Slicers are the last piece of the 3D printing puzzle. The cutting software converts the 3D model file, usually a. STL or .OBJ, into a set of usable instructions so that your printer can plot in 3D space. Regularly a slicer will make a record called GCode, which can be altered by you to change certain parts of the print. The GCode advises the printer when to begin and stop, when to set up the printhead, and when to expel the fiber between two focuses. There are a wide range of slicers, however the two most generally utilized are Ultimate's Cure and the costly Simplify 3D.

For more information visit: or read related content “ Everything You Need to Know About 3D Printing: The Ultimate Guide

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